15M055 - Walter 15-M-055 5-Inch Flexible White Turbo Backing Pad

Maximize Abrasive Efficiency with Walter Turbo Pads

The Walter 15M055 5" Turbo Pad in White is a precision-engineered backing pad designed to optimize the performance of resin fiber sanding discs. In industrial grinding and finishing applications, heat generation is the primary enemy of abrasive longevity. Excessive heat glazes the abrasive grain, reducing cutting power and forcing premature disc changes. Walter Surface Technologies addresses this challenge with their innovative Turbo™ backing pad series, which features a unique ribbed geometry.

This specific model, the 15M055, is molded from a white, flexible polymer. Unlike rigid black pads intended for heavy stock removal on flat surfaces, the white Turbo pad is specifically formulated for flexibility. This makes it the ideal choice for finishing operations, blending welds on curved surfaces, and general sanding where a softer touch is required to avoid gouging the workpiece. The flexibility allows the abrasive disc to conform slightly to the substrate, ensuring a uniform finish and smooth transitions.

The defining feature of the Turbo pad is its saucer-shaped, ribbed backing. As the pad spins, these ribs act as a fan, forcing a consistent stream of air behind the sanding disc. This active cooling mechanism dissipates heat rapidly, preventing the workpiece from discoloring and keeping the abrasive grains sharp for longer periods. Industrial trials have shown that using a Turbo pad can significantly extend the life of a fiber disc compared to standard flat backing pads. For procurement managers and shop supervisors, this translates to reduced consumable costs and less downtime spent changing worn-out discs.

Compatible with standard 5-inch angle grinders with a 5/8"-11 spindle, the Walter 15M055 is a critical accessory for any metal fabrication shop focused on quality and efficiency. It ensures that your high-performance abrasives deliver the results they were designed for, particularly when working with heat-sensitive materials like stainless steel.